TITLE

Comprehensive Evaluation of the Designing Scheme of AUV Platform Performance by AHP Method

AUTHOR(S)
Taotao Wang; Songlin Yang; Yi Chen; Jun Li; Qiang Yu
PUB. DATE
December 2014
SOURCE
Applied Mechanics & Materials;2014, Vol. 721, p428
SOURCE TYPE
Academic Journal
DOC. TYPE
Article
ABSTRACT
This paper divides the platform performance into three different aspects: general characteristics, hull property and concealment performance, from which we fully study the various factor index involved, use the AHP to build an integrated-assessed mathematic model of hierarchy of good distinct and structure of high efficiency and calculate the weight assessment indicator of each hierarchy. This paper uses AHP to build the general objective function of the designing scheme of platform property. By the statistical analysis of the tip of various property indexes of mass hull property data, we choose the corresponding subordinating degree functions in the fuzzy mathematic field to determine the appropriate subjection function, calculate the relevant degree of membership, and finally conduct the integrated assessment of mathematic model of the design of AUV platform performance system. We use C# language in the developing environment of VS2010 to develop the fuzzy-comprehensive-assessment software system of the designing scheme of AUV platform, and, we also use the software to analysis the systematic reliability of this scheme by living example. Through this work, we could offer a scientific and rational theory of technology for the support of underwater unmanned vehicle research department.
ACCESSION #
100183461

 

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